Fudstar is a local restaurant located in Lagos, Nigeria. Fudstar focuses on delivering freshly made dishes to users in a flexible manner. Fudstar targets busy workers and other people who don’t have time to make their own meals or order food during busy hours of the day
Design an app for for Fudstar that allows users to easily order food and choose a convenient delivery schedule.
My target audience are busy workers, business owners and people who cannot make their own meals due to busy schedules, lack of interest or skills required.
My key challenges during this project were lack of adequate funds and budget constraints. Anther challenge I faced was finding people with accessibility challenges for interviews and usability studies.
In order to understand the pain points of the users, and the opportunities for addressing users needs, I created a user journey from my observational and secondary research. This helped me understand the steps customers took to accomplish tasks and identify how to make this journey easier for users to meet their goals.
The existing products weren't flexible enough to meet the needs of busy customers. They didn't offer features that allowed users to order food ahead and schedule delivery for a later time or day. They also lacked features that allowed users to check the status of their orders or track them.
I conducted a competitive audit of other products in the market in order to indentify their successes as well as their weak points. This helped me to identify opportunities to make more improved products for users.
During the ideation phase i drew paper sketches that would later be transformed into wireframes. These sketches contained different ideas of how the app would look and I finally chose one that represented the user needs the most for wireframing.
This is the refined version of the home screen for the food delivery app that I chose to be transfered to a digital wireframe.
The search bar element can help users easily search for specific items rather than browsing through long menus. The popular slide menu displays items users frequently order so that they can quickly add them to their order.
The delivery scheduling feature addresses users needs of ordering food in advance to be delivered later without the need for the users interrupting the busy schedule to order food busy hours of the day.
This is a flow of the low-fidelity prototype from my digital wireframes. Access the prototype here: Low-Fi
I conducted two usability studies involving five participants in each study in order to test the prototype and identiy user painpoints. In the course of the study, the five participants were interviewd and asked to perform certain tasks.
Goal of the study:
Findings
Before
After
Before
After
After making iterations on the low fidelity prototypes, I created mockups and used it to create High-Fidelity prototype where the final iterations were done after the second usability study was conducted.
Access the High-Fidelity prototype here: Fudstar Hi-Fi
Accessibility Considerations
The app makes users feel ordering food can be so easy and stress-free.
One quote from peer feedback:
"The app is easy to use and the functions are simple. I don't dislike anything."
While designing the Fudstar app, I learned that users will always come first in every aspect of design. Usability studies and feedbacks influenced the design choices and iterations made on the app.
Conduct another round of usability studies to validate whether the pain points users experienced have been effectively addressed.
Make further iterations on the app based on the outcome of the usability studies.
Conduct more research to identify any new areas of user needs and ideas on improvement or development of new features.